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w denotes the total energy of particle in linear S.H.M. At a point, equidistant from the mean position and extremity of the part of the particle. (a) K.E. of the particle will be w/2 and P.E. will also w/2 (b) K.E. of the particle will be w/4 and P.E. will also 3 w/4 (c)K.E. of the particle will be 3 w/4 and P.E. will also w/4 (d) K.E. of the particle will be w/8 and P.E. will also 7 w/8

w denotes the total energy of particle in linear S.H.M. At a point, equidistant from the mean position and extremity of the part of the particle. (a) K.E. of the particle will be w/2 and P.E. will also w/2 (b) K.E. of the particle will be w/4 and P.E. will also 3 w/4 (c)K.E. of the particle will be 3 w/4 and P.E. will also w/4 (d) K.E. of the particle will be w/8 and P.E. will also 7 w/8

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w denotes the total energy of particle in linear S.H.M. At a point, equidistant from the mean position and extremity of the part of the particle. (a) K.E. of the particle will be w/2 and P.E. will also w/2 (b) K.E. of the particle will be w/4 and P.E. will also 3 w/4 (c)K.E. of the particle will be 3 w/4 and P.E. will also w/4 (d) K.E. of the particle will be w/8 and P.E. will also 7 w/8
Transcribed Image Text:w denotes the total energy of particle in linear S.H.M. At a point, equidistant from the mean position and extremity of the part of the particle. (a) K.E. of the particle will be w/2 and P.E. will also w/2 (b) K.E. of the particle will be w/4 and P.E. will also 3 w/4 (c)K.E. of the particle will be 3 w/4 and P.E. will also w/4 (d) K.E. of the particle will be w/8 and P.E. will also 7 w/8
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